Mg# |
Topik |
Sub Topik |
Capaian Belajar Mahasiswa |
Sumber Materi |
1 |
- Building Blocks of amplifiers (3)
- Gain cell
- Cascode amplifier
- Bias circuits
- Identify building block of amplifiers
- Analyze and discuss their properties
- Design building blocks to meet stated specification
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Sedra Chp. 6.
Sec. 6.1 – 6.6 |
2 |
- Differential Amplifiers (3)
- MOS differential pair
- Small signal operation of MOS differential pair
- BJT Differential pair
- Use large signal and incremental LEC device models to analyze differential pairs.
- Explain, compare, and contrast the input, output, and gain characteristics of differential pairs as amplifiers.
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Sedra Chp. 7.
Sec. 7.1 – 7.3 |
3 |
- Differential Amplifiers (3)
- Nonideal characteristics
- Differential with active load
- High frequency response of differential amplifier
- Use large signal and incremental LEC device models to analyze nonideal characteristics of differential pairs.
- Explain, compare, and contrast the input, output, and gain characteristics of differential pairs with active loads.
- Produce and analyse the small signal high frequency BJT and MOSFET models differential amplifier circuits.
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Sedra Chp. 7.
Sec. 7.4 – 7.5
Sedra Chp. 8
Sec. 8.8
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4 |
- Multistage Amplifiers (3)
- Two-stage CMOS opamps
- A bipolar opamp
- Wide band amplifiera and multistage frequency response
- Explain, compare, and contrast the characteristics of common two-transistor linear amplifier building block stages.
- Produce and analyse the small signal high frequency multistage amplifier circuits.
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Sedra Chp. 7
Sec. 7.6
Sedra Chp. 8
Sec. 8.9-8.10 |
5 |
- Feedback (3)
- Feedback structures and properties of negative feedback.
- Feedback topologies: shunt-series, shunt-shut, series-series, series-shunt.
- Two-port modelling and the small signal analyses of feedback amplifier.
- Explain the benefits of negative feedback.
- Distinguish the feedback circuits and the different feedback configurations in feedback amplifiers. (C2)
- Apply the two-port models to include the loading effect of a feedback circuit to the main amplifier. (C3)
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Sedra Chp. 9
Sec. 9.1-9.3
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6 |
- Feedback (3)
- Analyses of feedback amplifiers.
- Analyse frequency response of feedback amplifiers. (C4)
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Sedra Chp. 9
Sec. 9.4-9.7 |
7 |
- Feedback (3)
- Loop gain and amplifier stability.
- Stability analyses
- Frequency compensation
- Survey the stability of feedback amplifiers.
- Design amplifier frequency compensation.
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Sedra Chp. 9
Sec. 9.10-9.13
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8 |
- Operational Amplifier circuits (3)
- Two-stage Opamp.
- Folded Cascode Amplifiers.
- Analyses of 741 Opamp: DC bias
- Point out what components in a circuit affect the low frequency, midband, and high frequency responses, and compute the frequency response for circuits including multiple low and high frequency poles/zeroes.
- Analyse CMOS Operational Amplifier.
- Subdivide a large analog circuits io its simple building blocks.
- Analyse DC bias circuit of 741 opamp.
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Sedra Chp. 10
Sec. 10.1-10.4
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9 |
- Operational Amplifier circuits (3)
- Analyses of 741 Opamp: small-signal
- Analyses of 741 Opamp: Gain, Frequency Response and Slew rate
- Modern BJT opamps
- Produce the small signal equivalent circuits of 741 opamp.
- Analyse the performance of 741 opamp.
- Describe niches in modern opamp designs.
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Sedra Chp. 10
Sec. 10.5-10.7
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10 |
- Filter and Tuned Amplifier
- Filter specification, approximation, and transfer function
- Filter topologies and implementations.
- Switched-capacitor Filters
- Tuned amplifier
- Draw the frequency response curves of a low-pass active filter, a high-pass active filter, a band-pass active filter, and a band-stop ( notch ) filter
- Construct, analyze, and troubleshoot an active low-pass filter, an active high-pass filter, a band-pass filter, or a band-stop ( notch ) filter.
- Identify SC Filter.
- Compare the frequency response characteristics of an ideal amplifier and a practical tuned amplifier. (C4)
- Perform analyses to calculate the Q and bandwidth of an amplifier. (C4)
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Sedra Chp. 11
Sec. 11.1-11.2
Sec. 11.10-11.11
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11 |
- Signal Generators (Oscillators) and Waveform-shaping Circuits
- Principles of sinusoidal oscillators: Barkhausen Criterion and Negative Resistance.
- Opamp-RC oscillators
- LC, and Crystal oscillators.
- Describe the function and requirements of an oscillator. (C2)
- Describe positive feedback, how it is produced, and how it maintains oscillations after an oscillator is triggered, and list requirements for proper oscillator operation. (C2)
- Identify, draw the circuits and calculate the parameters for opamp-RC crystal oscillator circuits. (C3)
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Sedra Chp. 12
Sec. 12.1-12.3
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12 |
- Signal Generators (Oscillators) and Waveform-shaping Circuits
- Multivibrators and IC timers
- Waveform-shaping circuits.
- Identify, draw the circuits and calculate the parameters for LC , and crystal oscillator circuits. (C3)
- Analyze different types of oscillators used in common electronics. (C4)
- Analyse and understand the operation of wave shaping circuits. (C4)
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Sedra Chp. 12
Sec. 12.4-12.9
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13 |
- Voltage and current regulations
- Shunt and series linear continuous voltage regulator circuits.
- Voltage regulator circuits with monolithic integrated circuits.
- List the purpose of a voltage regulator and Explain concept of regulation and methods for regulating voltage and current. (C2)
- Calculate performance parameters of a voltage regulator, such as line regulation and load regulation. (C3)
- Apply IC linear voltage regulator circuits to design specified output voltage levels. (C3)
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Floyd Chp. 17 |
14 |
- Voltage and current regulations
- Swicthed-mode regulation: Buck and Boost configurations.
- Describe the circuit operation of a buck/boost switching voltage regulator. (C2)
- Apply IC switched regulator sicyuits to design a simple buck/boost switching voltage regulator. (C3)
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Floyd Chp. 17 |
15 |
- Circuits for digital storage elements (3)
- Latches and Flipflop. Multivibrator circuits.
- Semiconductor memory types: RAM, ROM, and Flash.
- Memories address: and sensing amplifiers, row decoder, column decoder.
- Describe the structure, configuration, timing parameters and diagrams for memory elements. (C2)
- Explain and show the operation of latch circuit and flip-flop circuits and mutivibrators: bistable, monostable, astable. C(3)
- Explain the operation and analyses of different types of memories. (C2)
- Explain the operation of memory addressing circuits: sensing amplifiers, row decoder, column decoder. (C2)
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Sedra Chp. 16
Sec. 16.1-12.4
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